Ride-On Double Brush Floor Scubber: Reinventing Cleaning for Medium- and Large-Scale Venues

The ride-on double brush floor scrubber's uniqueness stems from its dual brush disc design. This design isn't simply a stack of functions; rather, through symmetrical layout and coordinated operation, it achieves both improved cleaning efficiency and quality. During operation, the two brush discs simultaneously apply even pressure to the floor. Combined with their specific rotation angles, they form complementary cleaning paths, effectively covering every surface area and eliminating the blind spots often encountered with single-brush systems. Whether cleaning smooth tile or slightly rough concrete, the dual brush disc design adjusts speed and pressure to ensure thorough removal of stains, delivering cleaning results far superior to those achieved by manual cleaning or single-brush systems. Furthermore, the coordinated operation of the dual brush discs significantly reduces cleaning time per unit area, enabling the device to quickly complete cleaning tasks in medium- and large-scale venues such as shopping malls, factories, and stadiums, significantly improving overall cleaning efficiency.

Dual Water Tank Configuration: Supports Long-Term Continuous Operation
To meet the demands of extended cleaning in medium- and large-scale venues, the ride-on double brush floor scrubber is equipped with separate fresh water and waste water tanks. This dual water tank design fundamentally solves the pain point of traditional cleaning equipment requiring frequent shutdowns for water addition and drainage, providing a solid guarantee for continuous operation. The clean water tank adopts an optimized internal structure to ensure smooth water output. Combined with a precise water volume control device, it can automatically adjust the amount of clean water according to the degree of ground stains and the cleaning speed to avoid water waste. The sewage tank forms an efficient linkage with the clean water tank through a reasonable volume ratio, ensuring that when the clean water is exhausted, the sewage tank still has enough space to accommodate the sewage, reducing the number of times the sewage is dumped midway. In addition, the large-diameter water inlet design of the clean water tank facilitates the water addition operation. The operator does not need to laboriously align with the narrow interface, and can even directly connect the hose to add water, further simplifying the water addition process and saving preparation time. The collaborative work of the dual water tanks enables the equipment to continuously complete large-area cleaning operations without frequent interruptions.

Compact Body and Intelligent Operation: Flexibility and Convenience
The ride-on double brush floor scrubber was designed with the specific environmental characteristics of various locations in mind. Its compact design minimizes its footprint and turning radius while ensuring internal structural stability and full functionality. This allows it to maneuver flexibly through confined areas such as narrow aisles, between crowded shelves, and in corners, easily completing cleaning tasks and overcoming the limitations of large cleaning equipment in complex environments. For added convenience, the machine features fully automatic lifting technology for the brush disc and water suction unit. Operators no longer need to bend over to adjust them manually; simply pressing the corresponding buttons on the control panel allows for precise raising and lowering of the brush disc and water suction unit. This not only reduces operator effort but also prevents poor cleaning results or equipment damage caused by improper manual adjustments. The intuitive control panel displays key information such as operating status, water level, and battery level, allowing operators to quickly understand the machine's status. Furthermore, the integrated intelligent Energy Saving (ECO) mode automatically adjusts power output based on job needs, reducing energy consumption and operating costs while ensuring effective cleaning. The real-time fault diagnosis function promptly displays the fault type and troubleshooting suggestions on the display screen when an equipment anomaly occurs, helping operators quickly resolve issues and ensuring the equipment is always in optimal working condition, significantly reducing the technical requirements for equipment maintenance.

Optimized Water Suction System: Improving Cleaning Finish Quality and Durability
The ultimate cleaning performance depends not only on the thoroughness of the floor scrubbing but also on the effectiveness of wastewater recovery. The ride-on double brush floor scrubber has undergone comprehensive optimizations in its water suction system, utilizing a one-piece die-cast water suction assembly. This design offers greater structural strength and sealing compared to traditional assembled components, effectively preventing air leaks during the water suction process and ensuring robust water absorption capacity. The water-absorbing rubber strip, a key component of the water-absorbing system, features a unique, contoured design that conforms closely to the floor, maximizing wastewater recovery efficiency and reducing residual moisture. This allows the cleaned floor to dry quickly, eliminating the risk of slips caused by damp surfaces. Furthermore, the quick-release design of the rubber strip facilitates maintenance and replacement, allowing operators to quickly remove and install the strip without the need for complex tools. The special-shaped structure not only improves the water absorption effect, but also disperses the contact pressure between the rubber strip and the ground, reducing wear and tear, thereby extending the service life of the rubber strip.